| New model in OGS2.0 | DPOGS205838 |
|---|---|
| Genomic Position | scaffold577:+ 41663-52210 |
| See gene structure | |
| CDS Length | 5433 |
| Paired RNAseq reads | 1866 |
| Single RNAseq reads | 4458 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA010874 (3e-12) |
| Best Drosophila hit | Cad74A, isoform A (0.0) |
| Best Human hit | cadherin-23 isoform 1 (2e-116) |
| Best NR hit (blastp) | cadherin [Aedes aegypti] (0.0) |
| Best NR hit (blastx) | cadherin [Aedes aegypti] (0.0) |
| GeneOntology terms | GO:0016339 calcium-dependent cell-cell adhesion GO:0005887 integral to plasma membrane GO:0005509 calcium ion binding GO:0007156 homophilic cell adhesion GO:0016324 apical plasma membrane GO:0046843 dorsal appendage formation GO:0005902 microvillus |
| InterPro families | IPR015919 Cadherin-like IPR002126 Cadherin IPR020894 Cadherin conserved site |
| Orthology group | MCL10398 |
Nucleotide sequence:
ATGGCAGAGATAATTTTGGAACGGCGGAAGGCCGCCGCAGTAGTGAACACACAAAACCCG
TTAATAATACTGTTGTTAGTTAGTTTGATACAGCAAATGACTGCCCAAGTCATCAACAGG
GTGCCACATTTTATTCCCCAAACCGGGGACATGTCACAATTCAGTTTATCAGAAGACACG
CCAGTTGGAACACCAGTGTATCATTTAAAAGGCATAGATCCAGAAAATGGAACTTTAAGA
TATTCTATATCTGGCCAATACTTCACCGTGGATTCCGTAACTGGCGTGGTCACGCTGGCA
AGGTCATTGGACAGAGAAGAACAAGCGAAGTTAGAAGTCATCATAAGTATAACTGATGAG
GGATTAGATGAGACGGAACCGAACACGGTGTCGCTTAGGAGGGTGATACCTGTGAGAGAT
GTAAATGATAACGCTCCCGTATTCCACAACCGACCATATATTGTAAATATAAGCGAAGCG
ACCTCTGTTGGCAGCGAAATCAAAGTAACGCCAGACATAATAATAACCGACCGTGATGAG
AACGACAACGCAAAGATACAAGTAAAATGTTCAGATAAAGAAAGAGGCAGCGATGTTGAA
GCCTGTTCCACCTTCAAAGTTACAACGGAAGAAATTACCCCAAACAAATATCAAGTCCGT
ATATTCCTTTCTAAGCCTTTGGACTATGAAAGCCGTTCGGCGTATGTGCTTACTCTTGAT
GCATCAGATGTTTCTCAAAAACCTTTAAACGCCATAGGAAGTGTGTCCATTGCTATACAG
GACGTTCAGGATCAACCTCCTGTATTTGTTAACGCCCCTTATTCAGCTACCGTCCAAGAA
AACACTCCTCCCAATACAAAAATACTGGAGATAGTAGCCAAAGATGGTGACACAGCTAAT
CCCCGACCAGTGTTATTAACCCTCGAAGACGATACCCAGCAGTACTTTCGTCTACAGTCT
GAAAAGTCTATAGGCCGTGCGACACTCATAACATCTAATATTTCTGTGGATAGAGAAAGT
GATGTAGTAGTACAGAATGGAGGCGTTTATACGTTTTTTGTAAAGGCAACGGAATTAATA
AACAACGAAGTGCCATCAGACTATACAGTAATTCCTATAACAATTATCGTAACTGACGCC
GATGATCATAAGCCAATTTTTAATGGGGATGTTTTTGATATTTCCATACCAGAAAACATT
GAAAATGGAAGTCCCATTCCAGAATTGTCAATATACGTAGAAGATTACGATCTCGGTCAG
AACAGTAAATACGACTTGCATATCCGTAACGTTCGTAATTCTGAAAATGTTTTCTCAATA
ACGCCAGATCATGGTGAAGGTAGAACGCCAATAAGCATTAAGGTTAAAGACTCATCCAAA
CTTGACTATGACGTTGACGATGAGGACAAGAGACTATTTAGTTTTGATATTGTAGCTACG
GTTAACGGATTGGAATTGAGTCATGCTAAAGTGAATATAAAGTTACTAGATATGAATGAT
AATGCTCCAGTCTTTGACCAACCATTTTATAAATTTAATGTTCTGGAAAACGCATCTATA
GGCTTTAAAATTGGCGAACTTCAAGCAAGCGATAAGGATTACGGGATTTTCGGGGAAATA
GAATATTTTTTGTCCGGATTTGGATCAAACATATTTAAAACGGATAAAGTCCTGGGAGGA
ATATTTGTTGCAAATATGCTGGATTATGAAACCCAAAAAAGTTACAGTTTAACACTTCTC
GCAAAAGATGGAGGCGGAAAATCAACGTCAGTTAGTATTTTCATCGACGTTTTGGATACT
AACGATAATACACCGATATTTGAAGCTTCCGAGTACAGCCGTACTATACGAGATGGTGCG
ACAAGCTTTGAGCCTCAACTTGTAATACGGGCAACAGATGCTGACGGTCCTACGCAAGGA
GGTGGTCGCATTAATTACTCCCTTGTATCAGACAACAGCATAGCCCATAAAGGTGAGGTT
TTTGCTATAGATGAAGAAACCGGTGAGATCACTATAAATAATAAAGTTGAAACCATGGAC
ACCCCCAGAGGTCAATATGAATTATTAGTACGAGCTACGGATTACGGAAATCCACCACTT
CATAATGAAACACGAGTACTCATACGTGTAGGTGTTCCTGGTAACCAAAGACCCACTTTC
AAAGGCAATTACCATCACTACAAATATATTGTCAATCAAAAAGATCTCAATGATGATTAT
ACGTTCGATCTTAATCCTATGAATTATAAAGCTAGTATACGAGAAAATGCCAGTCCAGGA
CAAAACGTTACCAGAGTTGTAGCTCATGATCCAGATGGGATGGATGAATTACTGACTTAC
CATATTATCTCTGGATCGAAGGATAATTTCGCTATAAATGAAAAGACTGGTTTAATTACT
GTATCAAACGATGCAAATCTTGATCGCGATATAAATCCCGAACGCTATGAGATAATTGTT
TCTGCAGTTGATAGCGGAACTCCTATACCAGAAACGGCTACCACCACTGTGTTTGTAACA
ATACAGGACGTGAATGACAAACCACCGATGTTCAATGTAACAGAATCTACAACCTACATT
TCAGAAAGGGCTCATGTTAATGATCTAGTTACGAAATTAGTAGCCCACGACTCAGATCTA
AATGCTAAACTTAAATATAGTATAATAGAACCGATCAAGGCATTTTCAAAAGCTGGTGTA
CAGATCAAATCTAATTCGGCTTACGATTACAAAAACTTGTTCAAAATCAATGAAGACACT
GGAGAAATTTTTGTGAACGGAACGTTAGATTACAGTCAAACATCCATAGTCATACTTACA
ATAAAAGTCACTGACGTAAACGCTGAAATAAACGAAGATAAGCAATTCGCACTGTTAGAA
CACACTATTTATATTCAGCCATTTGCTGACAAAAATCCCCAATTTACTAACGCCGGTTGG
ACAAACTCCAATCCTACAATCCATCATAAAATAAAAGAAGAGCAACCGATCGGTAGTACT
GTTCTCGTATTGATGGCTGAGGATCCGACGTCTGGCCACATCGTTTCTAATTTCAAGGTT
ATCAATTCACAAACAAGTCTCTTACAAGTTAACCCTTTAAGTGGACAGGTTGTGTTAACA
AATCATTTGGATTACGAGAAGTTGAGCAACCCCAATTTGACACTAACAGTACAAGCTACC
AGTACTGATGGAAGCAAACACAGCATTGCCAATGTTATTGTTGAAGTTGTAAATGTAAAT
GATAATGAACCCGTATTTGAAAAAGAGATTTATAAAGTGAGTATTTTAGAATCCATAAAG
TATCCAGAGCAAATATTAACTGTTAACGCCAAGGACACTGATGCAGTTCTTACCGACGAA
GATAAGAAGAATGGCTTCTCTGATGTGAGATATTCAATAAAGGGAGAAAATTCTGAACTC
TTATCAATAGATAGTGTCACAGGAGTTATTCAGGTGGGTGAAAACAAAACGTTGGACCGT
GAACGTCAATCCGTTCTTAGGATTGAAGTTGAAGCTTACGATATGCCCGCTGGCGGAGCT
GACAGGCTCAAATCAGTTGCGACTGTGCTGATTGACGTGCTTGACGTAGATGACAATACT
CCTGTATTTGATAAGAGCGTTTACACTGCTGTTGTGCCCGAAAATGTACCGATTGGAATA
AACGTCGTAAAACTTACTGCGGTTGATCCCGATGAAGGCCTCGGAGGAGAAATCAAATAT
GAATTTTTGGATGAAGGAGAAGCACACGGTCTATTTACAATTGATTCTACGACTGGAGAG
GTCACAACCCGAAGCGCTCTCACTGGTCGGGGTCGCACGGATCCATACCGTCTGCTGGTA
GGGGCAGTCGACGGAGGTGGGCATTCAGGAGATGCATCCCTTTCACTGTATATAGGTGAC
GTAAGCGCTAACGATGGCGTGCCTAGATTTATTAGACCAGCAGACGGCGAGGTCCTTAAT
GTTAGTGAGAATGCCACGATTGGAACTTCGGTGTTCCAAGTGGTGGCCAGTGACCCCGAC
GACCCCACCCAGCCATCTGGACAATTGTCCTACTCAATACAACAAGACGATGCAGATTCT
AAAATATTTAGTATAGATCCAGACAGTGGTCTACTTACAACAAGACAGATGCTTGATCGT
GAGAGTAAAGCCACGTACACATTAGTGTTAGTCGTCTCTGACCATGGATCACCACCTCAG
CAGAGCAGCCGTATTGTTACAGTACATGTCGGTGACATAGATGATCATAAGCCGCACTTC
TCACGAGCACTGGATGAACCACCGCTGCTGCTCTCTACAAAGGAGGAAGTACCAGTAGGA
ACGGTCATAGGCACTCTAGAGGCTATTGACGAAGACATTGGTGACAATGCGGCCATAGAT
TATGTTATAACGGCGGGCAACGAGTTGGAAATAGTAAGTTTACAACGAACAAAGGACAAC
AAAGCTGACATTGTGGCAGCGGGAAGACTCGACCGTGAGACTGTGTCTAGACTACTTCTA
ACAGTCAAATGTTTTAAATACGATACAAAACCACGCATAAATAAGGACTACAACCGTTTG
GACGCGTCGGAAATACAAGTGGTTATAAAAATTCTGGATATAGACGATCATCTTCCCGAA
TTCGAGAGTTCAAACATGACAATCGGTGTTCGCCTAAACGTCGCCGTCGACACCGTCATA
GCAACAGTGAAAGCTAAGGACAAAGATCCAGAAGCCTTACCAATCAATTACGCCATAGTT
AATATGAATTTCGTTTCACCGATTAAATCCAAATCATCGAACAACACATCCGATGTCATA
GTCATAAACAACGTGACAGGGGAATTAAAAATTATGAGAAACTTAATACATTTTGCTGAT
GGAATATTTAGACTTGTCGTTCGAGCCAACAACTCCAACGAAACGGATCGTTTCAGTGAT
TTACAAGTAGAGGTGGTAGTTGTACGGGAGCGTGATCTCCTTCGTCTGGTACTGGGCGGA
GACAGTCGGGGTGCGCGTGCGCAGGTCGCGGGACTAAAGGAACGAATGTCGGCTGCTATA
GCACCACAGCGGCTAAAATTGCAGTTACATGAAGCACCCCGACATGACGTGTATGATAAT
CTTGGACCATGTTTCCAATTCCGTAAAATGGAAACTGGAGAGGCGCTCACTCCTAACGCG
ATGAAAGCCACCATTCGTACCCTGGGTACAGAATTCCAGGATATTCTTCAAACTTACAAA
GTGCACAACATCACCTGGTGTGGGGCCAAGCGCGCTGCTCCAGCACCCGCCCAAACTGCA
CTCCTCGCGGTCGCAGCGATGTTACCAATCGCTGCTTTCGTGGCCACACTTGTGTTGTGT
TGTATGCATTCTCATGCCAAACGTCGAATGCGTGCAGCGCTGACCAGAGAAACACCGCCT
CGTATGTATTCCGAGCCTCTCTACTCCACGTGA
Protein sequence:
MAEIILERRKAAAVVNTQNPLIILLLVSLIQQMTAQVINRVPHFIPQTGDMSQFSLSEDT
PVGTPVYHLKGIDPENGTLRYSISGQYFTVDSVTGVVTLARSLDREEQAKLEVIISITDE
GLDETEPNTVSLRRVIPVRDVNDNAPVFHNRPYIVNISEATSVGSEIKVTPDIIITDRDE
NDNAKIQVKCSDKERGSDVEACSTFKVTTEEITPNKYQVRIFLSKPLDYESRSAYVLTLD
ASDVSQKPLNAIGSVSIAIQDVQDQPPVFVNAPYSATVQENTPPNTKILEIVAKDGDTAN
PRPVLLTLEDDTQQYFRLQSEKSIGRATLITSNISVDRESDVVVQNGGVYTFFVKATELI
NNEVPSDYTVIPITIIVTDADDHKPIFNGDVFDISIPENIENGSPIPELSIYVEDYDLGQ
NSKYDLHIRNVRNSENVFSITPDHGEGRTPISIKVKDSSKLDYDVDDEDKRLFSFDIVAT
VNGLELSHAKVNIKLLDMNDNAPVFDQPFYKFNVLENASIGFKIGELQASDKDYGIFGEI
EYFLSGFGSNIFKTDKVLGGIFVANMLDYETQKSYSLTLLAKDGGGKSTSVSIFIDVLDT
NDNTPIFEASEYSRTIRDGATSFEPQLVIRATDADGPTQGGGRINYSLVSDNSIAHKGEV
FAIDEETGEITINNKVETMDTPRGQYELLVRATDYGNPPLHNETRVLIRVGVPGNQRPTF
KGNYHHYKYIVNQKDLNDDYTFDLNPMNYKASIRENASPGQNVTRVVAHDPDGMDELLTY
HIISGSKDNFAINEKTGLITVSNDANLDRDINPERYEIIVSAVDSGTPIPETATTTVFVT
IQDVNDKPPMFNVTESTTYISERAHVNDLVTKLVAHDSDLNAKLKYSIIEPIKAFSKAGV
QIKSNSAYDYKNLFKINEDTGEIFVNGTLDYSQTSIVILTIKVTDVNAEINEDKQFALLE
HTIYIQPFADKNPQFTNAGWTNSNPTIHHKIKEEQPIGSTVLVLMAEDPTSGHIVSNFKV
INSQTSLLQVNPLSGQVVLTNHLDYEKLSNPNLTLTVQATSTDGSKHSIANVIVEVVNVN
DNEPVFEKEIYKVSILESIKYPEQILTVNAKDTDAVLTDEDKKNGFSDVRYSIKGENSEL
LSIDSVTGVIQVGENKTLDRERQSVLRIEVEAYDMPAGGADRLKSVATVLIDVLDVDDNT
PVFDKSVYTAVVPENVPIGINVVKLTAVDPDEGLGGEIKYEFLDEGEAHGLFTIDSTTGE
VTTRSALTGRGRTDPYRLLVGAVDGGGHSGDASLSLYIGDVSANDGVPRFIRPADGEVLN
VSENATIGTSVFQVVASDPDDPTQPSGQLSYSIQQDDADSKIFSIDPDSGLLTTRQMLDR
ESKATYTLVLVVSDHGSPPQQSSRIVTVHVGDIDDHKPHFSRALDEPPLLLSTKEEVPVG
TVIGTLEAIDEDIGDNAAIDYVITAGNELEIVSLQRTKDNKADIVAAGRLDRETVSRLLL
TVKCFKYDTKPRINKDYNRLDASEIQVVIKILDIDDHLPEFESSNMTIGVRLNVAVDTVI
ATVKAKDKDPEALPINYAIVNMNFVSPIKSKSSNNTSDVIVINNVTGELKIMRNLIHFAD
GIFRLVVRANNSNETDRFSDLQVEVVVVRERDLLRLVLGGDSRGARAQVAGLKERMSAAI
APQRLKLQLHEAPRHDVYDNLGPCFQFRKMETGEALTPNAMKATIRTLGTEFQDILQTYK
VHNITWCGAKRAAPAPAQTALLAVAAMLPIAAFVATLVLCCMHSHAKRRMRAALTRETPP
RMYSEPLYST